Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan
Humans' continual exploration of space has resulted in significant breakthroughs in marine and terrestrial technology. As one of the world's most populous countries, China has many rivers and lake. There are almost 1500 rivers in China with a drainage area. There are over 2800 lakes and ov...
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2022
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my.uitm.ir.715232023-01-11T06:15:00Z https://ir.uitm.edu.my/id/eprint/71523/ Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan Misnan, Nabilatul Athirah Mechanics of engineering. Applied mechanics Applied dynamics Fluid dynamics Applied fluid mechanics Data processing. Computational fluid dynamics Humans' continual exploration of space has resulted in significant breakthroughs in marine and terrestrial technology. As one of the world's most populous countries, China has many rivers and lake. There are almost 1500 rivers in China with a drainage area. There are over 2800 lakes and over one hundred coastal bays in the area. The drainage area is home to the ethnic group. Water and land transportation is in high demand from people worldwide as society develops. Rather than being intended for land transport with the capacity to cross water, amphibious vehicles are designed for water transport with the ability to go on land. The difference is that the vehicles are meant to be high performing on water, with land movement provided as a bonus feature rather than as the primary role. 2022 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/71523/1/71523.pdf Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan. (2022) [Student Project] <http://terminalib.uitm.edu.my/71523.pdf> (Submitted) |
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Mechanics of engineering. Applied mechanics Applied dynamics Fluid dynamics Applied fluid mechanics Data processing. Computational fluid dynamics Misnan, Nabilatul Athirah Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
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Humans' continual exploration of space has resulted in significant breakthroughs in marine and terrestrial technology. As one of the world's most populous countries, China has many rivers and lake. There are almost 1500 rivers in China with a drainage area. There are over 2800 lakes and over one hundred coastal bays in the area. The drainage area is home to the ethnic group. Water and land transportation is in high demand from people worldwide as society develops. Rather than being intended for land transport with the capacity to cross water, amphibious vehicles are designed for water transport with the ability to go on land. The difference is that the vehicles are meant to be high performing on water, with land movement provided as a bonus feature rather than as the primary role. |
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Student Project |
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Misnan, Nabilatul Athirah |
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Misnan, Nabilatul Athirah |
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Misnan, Nabilatul Athirah |
title |
Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
title_short |
Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
title_full |
Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
title_fullStr |
Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
title_full_unstemmed |
Resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / Nabilatul Athirah Misnan |
title_sort |
resistance prediction of amphibious boat in calm water using computational fluid dynamic approach / nabilatul athirah misnan |
publishDate |
2022 |
url |
https://ir.uitm.edu.my/id/eprint/71523/1/71523.pdf https://ir.uitm.edu.my/id/eprint/71523/ |
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1755876051477594112 |
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13.159267 |